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They "don't want to ask librarians or tutors in the study center or stuff like that," she says. "It's more the informal networks that they're using."

Today's kids don't just write for grades anymore. They write to shake the world. Moreover, they are writing more than any previous generation, ever, in history. They navigate in a bewildering new arena where writers and their audiences have merged. These are among the startling findings in the Stanford Study of Writing, spearheaded by Professor Andrea Lunsford, director of Stanford's Program in Writing and Rhetoric. The study refutes conventional wisdom and provides a wholly new context for those who wonder "whether Google is making us stupid and whether Facebook is frying our brains," said Lunsford.

Instructional consultations have consistently been shown to have a positive impact on teaching, and though one factor that influences their impact is the kind of data that guide them, little research has rigorously analyzed this aspect of the consultation. In this study, instructional consultants used either data from a midterm student feedback (MSF) session, videotaped class sessions or student ratings data as the basis of a consultation. The impact of consultation on the instructor's teaching was then assessed. Our research shows that the kind of data used in consultations has a significant influence on the impact of the consultation. In general, faculty who received MSF-based consultations had greater gains in student ratings, reported more detailed changes in teaching, and rated most aspects of the consultation at least as high as faculty who had not received such consultations. During an MSF, the instructional consultant observes part of a regular class. Afterwards, the instructor leaves the room, and the consultant confers with students about what is going well and what changes would improve their learning. The consultant prepares a summary report for a follow-up debrief with the instructor. Findings from this study also demonstrate that the instructional consultant plays a key role in assisting the faculty member to both interpret the available data and to identify strategies for teaching improvement. Drawing on their experience and professional judgment, instructional consultants had the ability to quickly direct faculty attention to specific teaching practices and avoid overwhelming the instructor with too much information.

In entry-level courses it's often a struggle to get students to see that the content has larger significance and intriguing aspects. In most science textbooks, for example, only well-established facts are presented, and they are supported by equally well-know research studies. Textbooks don't usually identify areas of inquiry where the questions have yet to be answered or the findings so far are controversial. And yet often, this is the content most likely to interest students. But can you expect beginning students to read original sources, like research studies? Could you expect them to answer test questions about those articles? A biology professor reports on his experience using research articles and asking test questions about them in an undergraduate course for students majoring in life sciences. Students were assigned a research article to read-the article was relevant to content being covered in class. It was posted on an accessible website. Sometimes the article was discussed during the lectures and sometimes it was the topic of a tutorial session (these were large classes that included tutorial sections). Either way the students had access to the articles before and during the assessment activity.

Academic staff generally perceive students to be more digitally capable than is really the case. A JISC study of 3,500 learners found that while the so-called Google generation have high expectations of digital technology, for example that it will be robust, flexible, responsive to their personal needs, and available anywhere, many learners do not have a clear understanding of how courses could or should use technology to support their learning.

Why College Students Leave the Engineering Track http://economix.blogs.nytimes.com/2012/01/20/why-students-leave-the-engineering-track/ Actually another study of science students asked the students why they were transferring or dropping out of science majors, and the number one reason cited was poor teaching: http://www.science20.com/news_releases/6_researchers_take_science_education "when college students abandon science as a major, 90 percent of them do so because of what they perceive as poor teaching; and, among those who remain in the sciences, 74 percent lament the poor quality of teaching" via http://edtechdev.wordpress.com/2009/08/31/50-examples-of-the-need-to-improve-college-teaching/

 Motivational scaffolding consisted of using chat to run study skills support groups, where stu- dents were helped to stay on task, and instructor office hours. Students were classified as either high or low procrastinators, and randomly assigned to each version, and two instructors alternated between versions taught from one term to the other. Results showed that procrastinating students, for whom the lack of structure of distance learning may be problematic, performed better in the motivationally-scaffolded version than the traditional, while non-procrastinating students performed equally in both.

ECAR Recommends See the 2011 Report for a full list of actionable results. Investigate your students' technology needs and preferences and create an action plan to better integrate technology into courses and information systems. Provide professional development opportunities and incentives so instructors can better use the technology they have. Expand or enhance students' involvement in technology planning and decision making. Meet students' expectations for anytime, everywhere, Wi-Fi access on the devices they prefer to use. Nail the basics. Help faculty and administrators support students' use of core productivity software for academic work.